Projects with Raspberry Pi

Introduction of Course :

The Raspberry Pi—a compact, affordable, and powerful computing platform—has unlocked a world of possibilities for aspiring tech enthusiasts, engineers, and hobbyists alike. This short-term course offers a hands-on gateway into embedded systems and project development using Raspberry Pi. Whether you’re new to electronics or looking to enhance your prototyping skills, the course covers practical applications like home automation, IoT systems, robotics, and digital monitoring.

Participants will gain foundational knowledge in programming (Python/GPIO),hardware interfacing, and real-world problem-solving through guided projects. With an emphasis on creativity and innovation, this course empowers learners to transform simple ideas into functional tech prototypes using one of the most versatile tools in modern computing.

Course Outcomes:

  • Understand the architecture and applications of Raspberry Pi
  • Write and execute Python code for hardware control and automation
  • Interface with sensors and external components confidently
  • Design and implement a functional tech project from scratch
  • Develop problem-solving skills through project-based learning
  • Gain hands-on experience relevant to IoT and embedded systems
  • Build a portfolio-worthy project to showcase to potential employers or institutions

Course Plan:

S.No.TitleContents
1.Introduction to Raspberry PI
  •   Overview of Raspberry Pi models and capabilities
  • Setting up the device (booting, OS installation, basic configuration)
  • Introduction to Linux and the command line
2.Python Programming essential
  •  Basics of Python syntax and coding on Raspberry Pi
  • Working with GPIO pins
  • Building simple input/output programs (e.g. LED blink, button press)
3.Sensors and Hardware Interfacing
  • Connecting temperature, motion, and light sensors
  • Using libraries for sensor data collection
  • Designing basic automation tasks
4.Project on Home Automation/ Environmental Monitoring
  • Designing circuit diagrams
  • Writing base-level scripts
  • Integrating components and testing
  • Data visualization (using spreadsheets or local web dashboards)
  • Troubleshooting and optimization
5.Final Project Presentation
  • Project Demonstration
  • Certification